机译:冰表面重建作为抗冻蛋白诱导的形态修饰机制
Contribution from the Biophysics and Microanostructures Laboratory,Department of Physics,Faculty of Science,National University of Singapore,2 Science Drive 3,Singapore 117542,and Department of Biochemistry,Queen's University,Kingston,Ontario,Canad;
Contribution from the Biophysics and Microanostructures Laboratory,Department of Physics,Faculty of Science,National University of Singapore,2 Science Drive 3,Singapore 117542,and Department of Biochemistry,Queen's University,Kingston,Ontario,Canad;
Contribution from the Biophysics and Microanostructures Laboratory,Department of Physics,Faculty of Science,National University of Singapore,2 Science Drive 3,Singapore 117542,and Department of Biochemistry,Queen's University,Kingston,Ontario,Canad;
机译:分子见解云杉芽虫防冻蛋白对冰面的吸附:一种克拉内介导的识别机制
机译:从2D切片到3D体积:使用FIB / SEM序列切片在带电和不带电表面上基于图像的海马细胞重建和形态表征
机译:抗菌聚合物在医疗装置表面改性中的机制及应用
机译:表面改性对油棕榈纤维纤维纤维纤维纤维物理性质及形态的影响
机译:聚合物表面改性:化学表面改性,逐层吸附和表面重建。
机译:抗菌聚合物在医疗装置表面改性中的机制及应用
机译:抗冻蛋白诱导的形态修饰机制与冰结合表面有关*